Color photographic silver halide paper and use
a silver halide paper and color photographic technology, applied in multicolor photographic processing, photosensitive materials, instruments, etc., to achieve the effect of reducing air gaps, reducing cyan color, and pliable cushion
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invention example 1
[0096]Color photographic element 101 was prepared by coating the following layers on a corona discharge-treated, polyethylene-coated paper support (all amounts are dry coverage):
[0097]
mg / m2Layer 1 (Blue light-sensitive silver halide emulsion layer):Blue light sensitive silver halide emulsion AG-1245.0(3D 0.60 μm, AgCl0.998I0.002, grains having sensitizing dye SD-1)Yellow coupler Y-1570.5Light stabilizer ST-1105.4Light stabilizer ST-2105.4Light stabilizer ST-3105.4Coupler solvent S-1300.1Gelatin1293.2Layer 2 (First Interlayer):Dox scavenger D-1139.9Coupler solvent S-2209.9Gelatin816.0Layer 3 (Green light-sensitive silver halide emulsion layer):Green light sensitive silver halide emulsion AG-293.1(3D 0.35 μm, AgCl, grains having sensitizing dye SD-2)Magenta coupler M-1193.8Light stabilizer ST-315.1Coupler solvent S-2302.7Coupler solvent S-3220.4Coupler solvent S-482.3Gelatin1245.9Layer 4 (Second Interlayer):Dox scavenger D-1129.2Coupler solvent S-2193.8Gelatin753.5Layer 5 (Red light-s...
invention example 2
[0108]Color photographic elements 108 through 125 were similarly prepared, processed, and evaluated as previously described above for Invention Example 1. A description of the coating variations and the results of cyan line evaluations after the color prints were formed are given below in TABLE II.
[0109]
TABLE IICyan Line Ratings for Creased and Folded Samples 1 and 2ElementDescriptionSample 1Sample 2108Like Element 10155109Like Element 10855110Like Element 109 except Layer 7 55had gelatin at 1130.2 mg / m2111Like Element 109 except Layer 6 45had gelatin at 968.8 mg / m2112Like Element 111 except Layer 7 55had gelatin at 1130.2 mg / m2 and Layer 4 had gelatin at 1507 mg / m2113Like Element 112 except Layer 5 55had gelatin at 3702 mg / m2114Like Element 108 except added 32.5Polymer P-1 to Layer 4 at 600 mg / m2115Like Element 114 except added 32.5Polymer P-1 to Layer 6 at 600 mg / m2 and to Layer 7 at 600 mg / m2116Like Element 108 except added55Polymer P-2 to Layer 4 at 600 mg / m2117Like Element 116 ...
invention example 3
[0111]Color photographic elements 126 through 143 were similarly prepared, processed, and evaluated as previously described in Invention Example 1. These color photographic elements featured changes in the levels (mg / m2) of acrylic latex polymer P-1 and coupler solvent S-2 in Layers 2 (first interlayer) and 4 (second interlayer). Descriptions of the coating variations and results of cyan line evaluations are given below in TABLE III.
[0112]
TABLE IIICyan Line Ratings for Creased and Folded Samples 1 and 2Layer 4Layer 4Layer 2Layer 2SampleSampleElementP-1S-2P-1S-2121260193.80209.9551270364.50395.23.541280407.80441.63.531290450.60487.9231300493.40534.32.52.51310536.20580.62.52.51320450.60487.93.541330493.40534.3341340536.20580.63.531350450.60487.9441360493.40534.3441370536.20580.624138200193.8217209.933139200536.2217580.622140200364.5217395.23.53141100536.2108580.622142100364.5108395.22.52.51430193.80209.955
[0113]The results in TABLE III show that the greatest improvement in cyan line a...
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